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Working in Water
Working in water can be challenging for constructors but Frog Environmental’s bubble barrier technology and silt products are designed to make projects run smoothly.
Why it pays to be Rain Ready
Discover how being Rain Ready® can help construction companies manage water quality more effectively
Bubble Curtains and how they prevent silt
Bubble Tubing® is proven effective in stopping up to 90% of sediment dispersal.
Zero carbon water treatment systems
In this article we share how our sustainable and practical zero carbon operation water treatment system can protect watercourses and reduce operational costs and carbon footprint for contractors.
Free Silt Control Toolbox Talk info sheet
We’ve put together a handy planning tool to help your team manage the risk of causing a silt pollution event from your construction site.
Silt management on construction sites with constrained linear footprints
We make use of interceptor ditches to design passive, low carbon, rain-ready silt management systems for linear construction sites to prevent pollution.
In-ditch Polishing Point installation video
Hear our experts share common sources of pollution on construction sites, including pathways of how silt and sediment can be washed off sites into water courses and how they impact aquatic life.
Effect of check dams on runoff, sediment yield and retention on small semiarid watersheds
A study on check dams.
Impacts of flocculation on sediment basin performance and design
This study evaluated a system consisting of three fibre check dams in a lined ditch discharging to sediment basins that differed in their configuration.
Micro bubble curtains study: impact on sediment dispersal
This study outlines findings of using Bubble Curtains for effective sediment control.
Influencing river morphodynamics with bubble screens
The reported laboratory experiments demonstrate the potential of the bubble-screen technique to modify the morphology in a variety of applications in shallow rivers and open channels.
Influencing bend morphodynamics with an air bubble screen
These preliminary experiments show the potential of a bubble screen to influence and modify the bed morphology.
